… into yeast … improved yeast phenotype. Here, in our study, we explored the potential of utilizing
this unique system built in the synthetic yeast strain to quickly improve lycopene production …

… into yeast … improved yeast phenotype. Here, in our study, we explored the potential of utilizing
this unique system built in the synthetic yeast strain to quickly improve lycopene production …

… , lycopene production in yeast was markedly enhanced by … In this study, aimed at enhancing
the lycopene yield of S. cere… Systematical engineering of synthetic yeast for enhanced …

… study, we improved lycopene production in Y. lipolytica using efficient gene editing tools
and effective engineering … In this study, we systematically engineered Y. lipolytica for high-yield …

… (2021) applied Synthetic Chromosome Rearrangement … lycopene biosynthesis in the model
yeast S. cerevisiae strain YSy 200, which resulted in a final yield of 41.47 mg/L of lycopene. …

… By creating and integrating the positive CrtE mutant CrtE03M into the lycopene biosynthesis
pathway, a 2.2-fold enhancement of lycopene accumulation was achieved in S. cerevisiae […

… lycopene biosynthesis pathway. The expression of the optimized lycopene biosynthesis
pathway improved the lycopene … In addition, a semi-synthetic yeast strain harboring a synthetic …

… cerevisiae, a similar strategy was used to improved lycopene accumulation by engineering
triacylglycerol metabolism [38]. Alternatively, adding oleic acid to the cultivation in order to …

… and improving lycopene production in the synthetic yeast chassis. … lycopene pathway
into a SCRaMbLEd-optimized synthetic yeast to achieve increased production of lycopene. …

… Specifically, upregulation of CrtI expression was linked to increased levels of lycopene, … of
CrtZ expression correlated with increased astaxanthin levels (Pearson correlation test with p = …